Dr. David Tam
instrument responsible onPANTHER
| Information | |
|---|---|
| tamd@ill.fr | |
| Location | Building ILL 4 - office 354 |
| Phone | +33 (0)4 76 20 71 93 |
| Instr. phone | +33 (0)4 76 20 71 27 |
| Digital vcard | link to download |
| Find me | https://scholar.google.com/citations?user=AqnS8P8AAAAJ |
• Kondo effect and magnetic interactions in unconventional superconductors
• Quantum magnetism and spin liquids (e.g. Kitaev interactions, spin ice)
• Uniaxial strain control of magnetic ground states
• Polarized neutron techniques
Technical experience
• In-situ tunable neutron/µSR uniaxial strain cell (now in ORNL user program)
• Uniaxial strain cell for high voltage (e.g. multiferroics)
• Msorber, a program for single crystal neutron absorption corrections
• Rare earth single ion modeling with Quanty
• Neutron, muon, and x-ray techniques primarily at PSI, ILL, ISIS, Diamond, and ORNL
Education
• PhD, Rice University (2019)
About
Current interests
• Kondo effect and magnetic interactions in unconventional superconductors
• Quantum magnetism and spin liquids (e.g. Kitaev interactions, spin ice)
• Uniaxial strain control of magnetic ground states
• Polarized neutron techniques
Technical experience
• In-situ tunable neutron/µSR uniaxial strain cell (now in ORNL user program)
• Uniaxial strain cell for high voltage (e.g. multiferroics)
• Msorber, a program for single crystal neutron absorption corrections
• Rare earth single ion modeling with Quanty
• Neutron, muon, and x-ray techniques primarily at PSI, ILL, ISIS, Diamond, and ORNL
Education
• PhD, Rice University (2019)
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